Cooperation and Contribution of Riga Technical University Faculty of Power and Electrical Engineering Institute of Industrial Electronics and Electrical Engineering for COST IC0603 Antenna Systems & Sensors for Information Society Technologies (ASSIST) Dr.sc.ing., senior researcher Jelena Caiko
Structural units of RTU (18 000 students) � 8 faculties: � Architecture and urban planning � Building and civil engineering � Materials science and applied chemistry � Transport and mechanical engineering � Electrical and power engineering � Computer science and information technology � Electronics and telecommunications � Engineering economics � 34 institutes, 1 independent institute, 44 departments, 48 divisions, 27 laboratories, 19 centres
Students ������ ������ 9 700 9 848 9 035 9 278 9 271 ������ ����� 8 246 8 154 7 952 ����� 7 242 7 222 � ���� ���� ���� ���� ���� ������������ ����������
PhD students ��� 442 393 377 ��� 337 ��� 235 ��� ��� �� � ���� ���� ���� ���� ����
New doctors of science * 40 �� 34 25 19 17 � ���� ���� ���� ���� ���� * prognosis
Academic staff ���������� ���������������� ��� ��� �� ������� ��������� ��� ���������� ��� ���������������� ����������� ��� ��� �� ������������������� � Together 6 1053
Financial sources for research � Latvian Council of science � Ministry of education and science � Business companies � State institutions � International programmes (FP 6, FP 7, LEONARDO da VINCI, NATO, PHARE e.t.c.) � Foreign target programmes � State budget (according law recquirements) � EU Structural funds
Research funding LVL 5 722 564 ��������� ��������� 4 415 464 ��������� 4 522 564 ��������� 2 445 000 2 206 000 3 389 680 ��������� 1 265 000 1 921 000 1 581 000 ��������� 1 200 000 520 000 1 025 784 685 000 625 000 524 000 � ���� ���� ���� ���� ���� Grants, EU projects, ESF Contracts and MOP Science funding
Participation in ES 6th framework programme IP: NoE: CA: OTHER: STRP: EU4DEEP KALEIDOSCOPE SANDCORE KALEIDOSCOPE COCOMAT FRIENDCOPTER NANOCERAM IST4Balt START CASEEM interSHIP EURNEX eLOGMAR4M CHITOSANPEROS SCOUT ALCAS MOMENTUM EPE4PEMC TECHNEAU NANOCERAM PERCERAMICS AISHA EURNEX COST 365 ENCOMAR4AAC � 23 PROJECTS
Test Stand for Electric Machines Faculty of Electrical and Power Engineering
Programmable Function Generator Faculty of Electronics and Telecommunications
Scientific Proceedings of RTU 2000 4 2007 � Materials Science and Applied Chemistry 11 � Architecture and Construction Science 7 � Economics and Business 13 � Power and Electrical Engineering 20 � Computer Science 30 � Transport and Engineering 24 � Telecommunications and Electronics 6 � The Humanities and Social Science 11 � Architecture 1 (NEW 2007) � Geomatics 1 (NEW 2007)
Fuel Cell Cell Laboratory Laboratory in in IEEI, EEF IEEI, EEF Fuel 2 sets of FUEL CELL equipment, 2 kW (BALLARD) � DC/DC converters � DC/AC inverters � Accessories � Advanced measurement technique
Satellite atellite positioning system testing positioning system testing laboratory laboratory S Department of transport electronics and telematics Contact: Assoc. Prof. Ansis Kl ū ga E-mail: Ansis.Kluga@rtu.lv
Institute of of Transport Transport Vehicle Vehicle Technology Technology Institute 1. 1. UNMANNED AERIAL VEHICLE UNMANNED AERIAL VEHICLE ( (UAV UAV) ) ‘Micro’ class UAV is with takeoff weight up to 5 kilograms. It is equipped with an electrical engine, which makes it practically noiseless. It is controlled remotely by onboard radio control apparatuses and a GPS receiver. UAV purpose: UAV purpose: � photographic work and video filming on terrain; � patrolling on desired track; � on-line data collection and transmission; � aerial spotting operations; � ecological and meteorological environment monitoring. Basic technical information: Basic technical information: � useful load – up to 1,5 kg; Contact: Prof. Aleksandrs Urbahs � flight duration – up to 30 minutes; E-mail: Aleksandrs.Urbahs@rtu.lv � cruising speed – up to 65 km/h. 2. MULTICOMPONENT INTERMETAL-CERAMIC NANOCOATINGS FOR HOT SECTION PARTS OF GAS TURBINE ENGINES 3. IONIC-PLASMA COVERINGS FOR PROTECTION AND RESTORATION OF DETAILS FOR VEHICLE POWER-PLANTS
Institute of of Structural Structural Engineering Engineering and and Institute Reconstructions Reconstructions MOBILE LIGHTWEIGHT HIERARCHIC CABLE STRUCTURE MOBILE LIGHTWEIGHT HIERARCHIC CABLE STRUCTURE � large � large span span � no � no intermediate intermediate posts posts � small � small dead dead weight weight � mobility � mobility � easy � easy expandable expandable Material consumption depending on the span of the structure Hierarchic Cable Structures � increased � increased safety safety � low � low material material consumption consumption � � hybrid hybrid composite composite cable cable � two � two failure failure stages stages � possible � possible translucency translucency Contact: Prof. K ā rlis Roc ē ns E-mail: bri@bf.rtu.lv
Institute of of Structural Structural Engineering Engineering and and Institute Reconstructions Reconstructions HYBRID COMPOSITE CABLE WITH TWO STAGE MODE OF FAILURE HYBRID COMPOSITE CABLE WITH TWO STAGE MODE OF FAILURE Cross section Working Scheme Axial force vs. strain relationship Contact: Prof. K ā rlis Roc ē ns E-mail: bri@bf.rtu.lv
The scheme of bidirectional power flow regulator for traction substation RTU research development project “Elaboration of the bidirectional power flow controller for traction substations” Prof. I.RaĦėis Institute of Industrial Electronics and Electrical Engeneering
Inventions, Patents, Trade Marks �� �� �� �� �� �� �� �� �� Patents �� �� �� �� Applications Foreign patents �� � � Trade marks � � � � � � � � ���� ���� ���� ���� ����
Studies in RTU • Students have opportunity to use state financing budget study at day time; • Students have opportunity to study in evening groups; • Students have opportunity to study in part time groups; • Students have opportunity to study in RTU Distance training centre and department of distance education give an opportunity for working students to complete the knowledge in different sciences and obtain a certificate after graduation.
RTU EEF IEEI On the 11th of June, 2006 our Institute has been registered in the register of scientific institutions under number 321092 that allows us to participate in international and local research projects in the field of electronics and electrical engineering. In the report are described a main branches of research, contact information of the staff, scientific results and present scientific infrastructure. Special attention is devoted to the Doctoral students who will as basic workforce provide development of science in future. Today IEEI realizes more than 40 scientific and academic projects with the support of European funds providing investigation of new modern technologies and application of this knowledge in the educational process.
Computer control of industrial engineering Laboratory of electromechatronics head of laboratory academic Leonids Ribickis The are many research was done since 2002 in laboratory, which are related with industrial system computer control branch
Existing equipmen Each year Institute at Industrial Electronics and Electrical Engineering renovation research equipment, using ERAF (European Regional Development Fund), ESF (European Social Fund) and Latvia state financing Last 3 years we have renovated computer laboratory, bought few working sends for testing of electrical drives Bought 3 ROBOTINO robots for students attracting Bought fuel cell for scientific researches We are bought , but not installed yet FESTO
Involving of students and youngh researchers European Youngh Radio Electronic Energy Saving Project at the Riga Youngh Technical centre Robotika 2007
3 FESTO robots „Robotino”
Practical job at stends
Fuel cell laboratory
PhD research in Fuel cell laboratory
Attracting of high school students (1) Ostvalda secondary school, Riga,2007
Attracting of high school students (2) Riga state gymnasium Nr. 1, Riga,2007
Academic equipment (experience from Estonia TUT planed to be installed in RTU in 2008)
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